The bio-industry is one of the seven strategic emerging industries identified by the Chinese government. According to industry analysis, by 2020, the bio-industry will become the pillar industry of China's economy. Among them, the bio-pharmaceutical industry is favored. In addition, with the development of medical technology and the addition of capital, the field of biomedicine has become hot in recent years and has been called by many people in the industry as "no bubble can be broken."
Affected by this, the innovative research and development of biomedicine gradually emerged. As far as China's current status is concerned, the development of the biopharmaceutical industry is generally good. At the same time, affected by policy support and market demand, pharmaceutical companies have gradually turned their attention to the innovation of biopharmaceuticals. It is precisely for this reason that pharmaceutical companies will impose stricter requirements on related pharmaceutical equipment.
As an indispensable equipment for biopharmaceutical innovation and R&D, lyophilization equipment faces the coexistence of opportunities and challenges. In terms of opportunities, due to the expansion of the biopharmaceutical market, pharmaceutical companies need to expand the scale of freeze-dried production lines, and the demand for freeze-dried equipment will increase significantly; in terms of challenges, pharmaceutical companies need to seek high-tech freeze-drying systems to meet international requirements. The requirements of the GMP regulations put higher demands on the pharmaceutical companies that produce lyophilized equipment.
The author has learned that the lyophilization process of freeze-drying equipment is complex and the scope of working conditions is narrow. A slight carelessness can cause the quality of freeze-dried products to decline. Therefore, many pharmaceutical companies require automatic control systems. In order to meet the needs of pharmaceutical companies, pharmaceutical companies have joined the automatic control system, which is not only easy to operate, but also turned on from the material into the button, quick-frozen vacuum sublimation drying at one go, prompting shutdown after lyophilization is completed, greatly improving production efficiency.
In freeze-drying equipment, the vacuum freeze dryer can be described as a popular device. The author was informed that the vacuum freeze-drying technology is to freeze the material to be dried and then sublimate the water from the solid ice to a gas under vacuum conditions to dehydrate the material. This technology has a wide range of applications and has a great advantage. . In the bioengineering and pharmaceutical industries, vacuum freeze-drying technology has a wide range of applications.
The current hot biomedical field needs the help of vacuum freeze dryers. It is reported that vacuum freeze dryer is mainly used for the production of serum, plasma, vaccines, enzymes, antibiotics, hormones and other drugs; biochemical examination of drugs, immunology and bacteriological examination of drugs; blood, bacteria, arteries, bones, skin, Corneal, nervous tissue and various organs for long-term preservation.
Freeze-drying equipment continues to grow with the development of bio-pharmaceuticals. The types of equipment in the market are increasing and the proportion of high-end products is gradually increasing. However, many buyers face the problem of how to choose equipment. The author learned that the first is the determination of the capacity of the freeze dryer, the user should be based on their own production, through the calculations to determine how much capacity to use freeze-dryer, such as disk-mounted, bottled and so on.
Secondly, according to the requirements of temperature and vacuum degree, there are three types of refrigeration temperature range and condensing temperature of lyophilized equipment. One is that the refrigeration system adopts a single-stage refrigeration compression cycle, which is suitable for production of some lyophilized products. The other is that the refrigeration system uses a two-stage refrigeration compression cycle, which is mainly used for freeze-drying of most pharmaceutical products. Finally, the refrigeration system uses a cascade refrigeration cycle, which is suitable for the freeze-drying of some special products.
Finally, the selection can be based on the type of preparation or the determination of other items, such as the form of the condenser, the material requirements of the equipment components and the SIP requirements, the tamper devices inside the box, the automatic control system of the equipment, and the charging of the small doors. Users can use these factors to choose freeze-drying equipment.
In general, for the selection of freeze-drying equipment, users need to select equipment according to their own needs and actual conditions. In addition to considering performance, design, operation and other aspects, the user must also compare the manufacturer's brand, service, thereby reducing unnecessary trouble for the subsequent use of the machine.
The current trend of biomedicine is good. As a manufacturer of lyophilization equipment, companies should strive to keep up with the pace of innovation in pharmaceutical companies, and integrate the pharmaceutical policies and industry standards to move the pulse market and improve the technological innovation capability. Only by continuously creating more excellent products that meet the needs of the industry can we help the sustained and healthy development of China's biomedical industry.
Affected by this, the innovative research and development of biomedicine gradually emerged. As far as China's current status is concerned, the development of the biopharmaceutical industry is generally good. At the same time, affected by policy support and market demand, pharmaceutical companies have gradually turned their attention to the innovation of biopharmaceuticals. It is precisely for this reason that pharmaceutical companies will impose stricter requirements on related pharmaceutical equipment.
As an indispensable equipment for biopharmaceutical innovation and R&D, lyophilization equipment faces the coexistence of opportunities and challenges. In terms of opportunities, due to the expansion of the biopharmaceutical market, pharmaceutical companies need to expand the scale of freeze-dried production lines, and the demand for freeze-dried equipment will increase significantly; in terms of challenges, pharmaceutical companies need to seek high-tech freeze-drying systems to meet international requirements. The requirements of the GMP regulations put higher demands on the pharmaceutical companies that produce lyophilized equipment.
The author has learned that the lyophilization process of freeze-drying equipment is complex and the scope of working conditions is narrow. A slight carelessness can cause the quality of freeze-dried products to decline. Therefore, many pharmaceutical companies require automatic control systems. In order to meet the needs of pharmaceutical companies, pharmaceutical companies have joined the automatic control system, which is not only easy to operate, but also turned on from the material into the button, quick-frozen vacuum sublimation drying at one go, prompting shutdown after lyophilization is completed, greatly improving production efficiency.
In freeze-drying equipment, the vacuum freeze dryer can be described as a popular device. The author was informed that the vacuum freeze-drying technology is to freeze the material to be dried and then sublimate the water from the solid ice to a gas under vacuum conditions to dehydrate the material. This technology has a wide range of applications and has a great advantage. . In the bioengineering and pharmaceutical industries, vacuum freeze-drying technology has a wide range of applications.
The current hot biomedical field needs the help of vacuum freeze dryers. It is reported that vacuum freeze dryer is mainly used for the production of serum, plasma, vaccines, enzymes, antibiotics, hormones and other drugs; biochemical examination of drugs, immunology and bacteriological examination of drugs; blood, bacteria, arteries, bones, skin, Corneal, nervous tissue and various organs for long-term preservation.
Freeze-drying equipment continues to grow with the development of bio-pharmaceuticals. The types of equipment in the market are increasing and the proportion of high-end products is gradually increasing. However, many buyers face the problem of how to choose equipment. The author learned that the first is the determination of the capacity of the freeze dryer, the user should be based on their own production, through the calculations to determine how much capacity to use freeze-dryer, such as disk-mounted, bottled and so on.
Secondly, according to the requirements of temperature and vacuum degree, there are three types of refrigeration temperature range and condensing temperature of lyophilized equipment. One is that the refrigeration system adopts a single-stage refrigeration compression cycle, which is suitable for production of some lyophilized products. The other is that the refrigeration system uses a two-stage refrigeration compression cycle, which is mainly used for freeze-drying of most pharmaceutical products. Finally, the refrigeration system uses a cascade refrigeration cycle, which is suitable for the freeze-drying of some special products.
Finally, the selection can be based on the type of preparation or the determination of other items, such as the form of the condenser, the material requirements of the equipment components and the SIP requirements, the tamper devices inside the box, the automatic control system of the equipment, and the charging of the small doors. Users can use these factors to choose freeze-drying equipment.
In general, for the selection of freeze-drying equipment, users need to select equipment according to their own needs and actual conditions. In addition to considering performance, design, operation and other aspects, the user must also compare the manufacturer's brand, service, thereby reducing unnecessary trouble for the subsequent use of the machine.
The current trend of biomedicine is good. As a manufacturer of lyophilization equipment, companies should strive to keep up with the pace of innovation in pharmaceutical companies, and integrate the pharmaceutical policies and industry standards to move the pulse market and improve the technological innovation capability. Only by continuously creating more excellent products that meet the needs of the industry can we help the sustained and healthy development of China's biomedical industry.
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